Difference between revisions of "WMU"
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<div class="keywords"> wmu, wru, io, io configurations, io config, io configs, wake on can, power management </div> | <div class="keywords"> wmu, wru, io, io configurations, io config, io configs, wake on can, power management </div> | ||
<includeonly>= WMU =</includeonly> | <includeonly>= WMU =</includeonly> | ||
A WMU is a relay unit subordinated to the WCU. Its purpose is to extend the measuring capabilities of a WCU, such as when measuring on CAN-buses. The WMU unit is connected to an engine and will measure its signals and relay them to the WCU over TCP/IP, which in turn will forward the result(s) to the Portal. This facilitates that the WCU can measure on arbitrarily many CAN-buses as long as sufficiently many WMU's are connected to the WCU. | A WMU is a relay unit subordinated to the WCU. Its purpose is to extend the measuring capabilities of a WCU, such as when measuring on CAN-buses. The WMU unit is connected to an engine and will measure its signals and relay them to the WCU over TCP/IP, which in turn will forward the result(s) to the Portal. This facilitates that the WCU can measure on arbitrarily many CAN-buses as long as sufficiently many WMU's are connected to the WCU. | ||
Revision as of 10:49, 22 December 2022
wmu, wru, io, io configurations, io config, io configs, wake on can, power management
A WMU is a relay unit subordinated to the WCU. Its purpose is to extend the measuring capabilities of a WCU, such as when measuring on CAN-buses. The WMU unit is connected to an engine and will measure its signals and relay them to the WCU over TCP/IP, which in turn will forward the result(s) to the Portal. This facilitates that the WCU can measure on arbitrarily many CAN-buses as long as sufficiently many WMU's are connected to the WCU.